I guess you are wondering “what is smart farming” well it is a new concept that refers to the
management of farms using technologies such as IoT, robotics, drones, and AI to increase the
quantity and quality of products while optimizing the human labor required for production.
Some of the benefits of smart farming include the following:
Reduced Operational Costs
- Automation reduces resource consumption, overall costs, and human error
Water Conservation
- Soil- and weather-related sensors optimize water usage.
Increased Production
- Optimized crop treatment directly affects production rates.
Real-Time Data and Production Insights
Real-time insights into farm operations and conditions allow farmers to make
more informed decisions.
Increased Production Quality
- Data analysis helps farmers adjust their processes to increase production quality.
As previously stated, smart farming can assist farmers in making the most efficient use
of resources, reducing the environmental impact of food production processes, and
improving global food security. In the Smart Farming Practices section, we’ll look at how
farmers are using smart farming.
Smart farming can aid farmers in making the most efficient use of resources, lowering
the environmental impact of food production processes, and improving global food
security
Here’s an overview of some of the most common technologies in smart farming:
ROBOTICS:
On farms nowadays, there are a variety of robots. The milking robot, as its name
implies, is one of the most common types of farm robots. Other robots can efficiently
pull weeds, sow seeds, and harvest crops, increasing yields and profits.
INTERNET OF THINGS (IOT)
The Internet of Things (IoT) opens up a world of possibilities for smart farming practices,
allowing farmers to remotely monitor their farm’s operations via connected devices.
Farmers, for example, can use their smartphones to monitor livestock and crops from
the comfort of their living rooms while also collecting valuable data and information to
help them make better decisions.
SMART SENSORS:
Farmers can access detailed information about a wide range of variables, such as
acidity levels and soil temperature, using sensors placed around their fields. Sensors
can also forecast weather conditions for the next few days or weeks, allowing farmers to
take appropriate precautions to protect their crops and livestock.
AGRICULTURAL DRONES:
Drones are being used by many farms these days, and for good reason. Drones can not
only monitor crops by flying over them, but they can also assist farmers in managing
their farms more sustainably. Drones can even spot animals before fieldwork begins,
potentially saving countless lives each year.
Drones can now do a lot of the work that used to be done by humans, which is a huge
step forward in addressing the current labor shortage. Here are a few tasks that drones
can easily complete:
Planting crops
Aerial treatment for weed, pests and crop diseases
Optimizing farm security and surveillance
Monitoring livestock, crops and soil conditions.
ELECTRIC AUTONOMOUS TRACTORS:
Despite the fact that electric self-driving tractors are still in their infancy, the technology
is extremely promising for the agriculture industry. They not only run efficiently and
autonomously, but they also protect the soil and the environment with their innovative
low-emission technology.
SMART FARMING APPS:
Smart farming enables farmers to conveniently monitor and manage their crops and
livestock from any type of device and from anywhere in the world. Farmers are provided
with specialized smart farming apps to help them do so. Depending on the software,
statistics can even be incorporated into these apps, making it even easier for farmers to
make informed decisions.
To put the use of technology in agriculture into context, a Bitkom study found that 80
percent of farmers in Germany are currently using digital technologies. Intelligent
feeding systems and GPS-controlled agricultural machinery were two technologies that
stood out during the study.
Conclusively, smart farming will play an important role in the future of agriculture,
especially given growing concerns about the environment, labor shortages, and
overpopulation. Furthermore, the global smart agriculture market is expected to more
than double in value over the next few years. For more insight on smart farming visit
https://farmerp.ghsfacademy.com/
